SANS, the Mythos consensus, and WWT just described the same shift. Here is the imperative that actually holds.
When SANS, the CISO Community, and a Top Integrator Converge
This month, three of the most credible voices in security said versions of the same thing. SANS, in its annual Five Most Dangerous New Attack Techniques session. The Mythos consensus briefing from CSA, SANS, and OWASP, signed by a who's-who of CISOs. And WWT's Chris Konrad, in a post whose title says it all: with Mythos, finding is solved, and remediation is the race.
When the training institute, the CISO community, and one of the world's largest integrators converge, it is worth asking what they are converging on.
What They are Seeing
On the SANS stage, Joshua Wright of SANS Institute and Counter Hack Innovations put numbers to it. In 2018, a disclosed vulnerability took two to two and a half years to see widespread exploitation. Today it is hours. Patching, Wright noted, has been largely stagnant for years and is still measured in months.
He relayed a researcher's line that stuck with me: today's large language models are better vulnerability researchers than he is.
The debate about whether AI would change offense is over: it has.
The Scoreboard
Konrad's post carries the statistic that is the whole story. Anthropic's Glasswing effort found 1,094 high and critical vulnerabilities across more than a thousand open-source projects. Seventy-five were patched. The 2026 Verizon Data Breach Investigations Report now ranks vulnerability exploitation as the single most common way attackers get in, and reports that only about a quarter of known-exploited critical vulnerabilities were fully remediated last year. This is not a tooling gap you close with a faster scanner. It is structural.
Where I Would Push
So let me build on what Mark Orsi captured live during the SANS session, when he distilled the SANS, OWASP, CSA, and AIUC guidance into three imperatives:
Compress the vulnerability-to-remediation window
Design for breach and contain Blast Radius
Defend at machine speed
He is right on all three, but they are not co-equal. Two of them, compressing the patch window and defending at machine speed, are races against a machine that finds and weaponizes faster than any team can remediate, and that will keep widening the gap. You can run those races harder. You cannot win them outright.
We modeled exactly this in our research on the Priority Inversion. Vulnerabilities now outpace remediation capacity by roughly 6.5 times. The mean time from disclosure to first exploit has gone negative, which is to say the average exploit now lands before the patch does. The math does not reward running faster; it rewards changing the race.
The Imperative That Holds
That is the second imperative, and it is the load-bearing one: assume compromise and limit Blast Radius by design. Its success does not depend on out-running the attacker. Containment, governing what every workload and every AI agent can reach, on every path, holds whether or not you detected the intrusion and whether or not the patch shipped in time. It is the control that turns an unpatched vulnerability into a contained event instead of an enterprise-wide breach.
Notice that containment shows up everywhere the others do. It is imperative two in Orsi's synthesis. It is closed-loop containment, and a Time to Containment metric, in Konrad's own WWT playbook. And limit Blast Radius was the SANS panel's own prescription. The whole industry is circling the same answer. It is worth saying plainly.
Mythos-ready Means Contained
The Mythos briefing asked how to build a Mythos-ready security program. Here is the short version: A Mythos-ready program assumes the machine will find a way in faster than you can close it, and it makes sure that getting in does not mean getting everywhere. Finding is solved. Remediation is a race. Containment is the finish line. The teams that internalize that order are the ones that will still be standing when the next thousand vulnerabilities land in a single week.
At Aviatrix, we build for that architecture. But you do not have to take it from us. Take it from SANS, from the CISO community behind Mythos, and from WWT.
Learn more about the Containment Era of cloud security.
References
Aviatrix, "The Priority Inversion," May 2026, https://aviatrix.ai/resources/the-priority-inversion/.
CSA, SANS, OWASP, "The AI Vulnerability Storm: Building a Mythos-Ready Security Program," April 2026, https://labs.cloudsecurityalliance.org/mythos-ciso/.
SANS, The Five Most Dangerous New Attack Techniques, RSAC 2026 follow-up webcast, June 24, 2026, https://rsaconference.ondemand.goldcast.io/on-demand/95b914a7-3d43-49a9-b756-818382d2c8b7.
Verizon, "Data Breach Investigations Report," May 19, 2026, https://www.verizon.com/business/resources/reports/2026-dbir-data-breach-investigations-report.pdf.
WWT, "With Mythos, Finding Is Solved. Remediation Is the Race," June 2026, wwt.com/blog/with-mythos-finding-is-solved-remediation-is-the-race.
Frequently Asked Questions
No. Patch management remains important, but modern exploitation timelines can move faster than enterprise remediation cycles.
Assume breach means designing systems so that compromise is expected and limited rather than catastrophic.
Because it limits attacker movement even when detection, prevention, or patching fails.
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